We have just confirmed with the German clinic that a cancer patient received the second injection for a liver tumor. After the first injection, within approximately 20 days, the tumor’s diameter shrank from 34mm to 14mm, a reduction of about 90% in volume. The patient also reported that, in addition to the tumor shrinking, the doctor observed signs of liquefactive necrosis via ultrasound, indicating that the tumor continues to shrink, even without further injections.
Initially, I did not anticipate that my intra-tumoral chlorine dioxide therapy would lead to liquefactive necrosis, but we are now seeing this phenomenon following the significant shrinkage of the tumor, so there is no cause for excessive concern. I can now 100% confirm that my therapy can rapidly and safely destroy tumors with remarkable results.
My Therapy: Intra-Tumoral Chlorine Dioxide Therapy
Chlorine dioxide injection is a quick, safe, and adjustable treatment. After injection, chlorine dioxide reacts with the tumor tissue, immediately producing chlorine ions and water, with no harmful byproducts or significant side effects. The injection process only takes a few minutes, and the dosage can be customized to treat different types of cancer, offering a flexible and effective solution with minimal risk.
Direct Killing of Tumor Cells
When chlorine dioxide is injected into the tumor, it undergoes an oxidation reaction, producing chlorine ions and water. This reaction happens rapidly, leading to the breakdown and death of cancer cells, which helps reduce the tumor size.
Penetration and Destruction of Tumor Blood Vessels
Chlorine dioxide reaches and damages the tumor’s blood vessels, cutting off the tumor’s supply of oxygen and nutrients, effectively starving the cancer cells.
Eliminating Inflammation and Promoting Regeneration
Chlorine dioxide reduces inflammation around the tumor, which helps the body heal and promotes tissue regeneration, allowing faster recovery.
In multiple cases at the German clinic, every tumor treated with this therapy has significantly shrunk. The results are becoming more evident, and we will continue to monitor the progress and further develop this treatment.
What happens to the liquefied necrotic tissue? How does it leave the body if the blood vessel supply is destroyed by chlorine dioxide? In the case where a tumor is causing pain by pressing on nerves, can this phenomenon cause higher pain because the volume of the tumor grows and puts greater pressure on the nerves?